This paper presents an initial re-examination of the mechanisms of tensile membrane action of thin concrete floor slabs. The study is based on a large-deflection plastic analysis, which can apply to either isolated or continuous slabs at ambient or high temperatures. The basic calculation method considers plain flat slabs, but is in no way limited to these, or to isotropic reinforcement. The new method is compared against the generic Bailey-BRE method, indicating for some typical examples that the actual enhancement of yield-line capacity due to TMA can be over-estimated by the latter
AbstractOn the basis of a series of the full-scale fire tests carried out on the composite frame at ...
Tensile membrane action is a load carrying mechanism in reinforced concrete f-loors at very large de...
Due to Basingstoke and Broadgate fire incidents, composite slabs consisting of steel beams and ...
A number of simplified design methods have been developed to predict composite slab capacities in fi...
The mechanics of tensile membrane action of thinlightly-reinforced concrete slabs has been re-examin...
It is widely recognized that composite floor slabs experiencing large displacement develop a central...
A recently developed method of treating tensile membrane action of lightly reinforced concrete slabs...
The Building Research Establishment (BRE) of the United Kingdom has developed a simple design method...
Under fire, membrane action plays an important role in the performance of slabs subjected to large d...
The Building Research Establishment (BRE) of the United Kingdom has developed a simple design metho...
The behaviour of reinforced concrete slabs in fire conditions strongly depends on the support condit...
The behaviour of reinforced concrete slabs in fire conditions strongly depends on the support condit...
Different from reinforced concrete slabs, composite slabs appear more complicated tensile membrane a...
The identification of tensile membrane action as a sustainable, high-capacity load-bearing mechanis...
An alternative simplified method of tensile membrane action (TMA) of thin-flat concrete slabs at amb...
AbstractOn the basis of a series of the full-scale fire tests carried out on the composite frame at ...
Tensile membrane action is a load carrying mechanism in reinforced concrete f-loors at very large de...
Due to Basingstoke and Broadgate fire incidents, composite slabs consisting of steel beams and ...
A number of simplified design methods have been developed to predict composite slab capacities in fi...
The mechanics of tensile membrane action of thinlightly-reinforced concrete slabs has been re-examin...
It is widely recognized that composite floor slabs experiencing large displacement develop a central...
A recently developed method of treating tensile membrane action of lightly reinforced concrete slabs...
The Building Research Establishment (BRE) of the United Kingdom has developed a simple design method...
Under fire, membrane action plays an important role in the performance of slabs subjected to large d...
The Building Research Establishment (BRE) of the United Kingdom has developed a simple design metho...
The behaviour of reinforced concrete slabs in fire conditions strongly depends on the support condit...
The behaviour of reinforced concrete slabs in fire conditions strongly depends on the support condit...
Different from reinforced concrete slabs, composite slabs appear more complicated tensile membrane a...
The identification of tensile membrane action as a sustainable, high-capacity load-bearing mechanis...
An alternative simplified method of tensile membrane action (TMA) of thin-flat concrete slabs at amb...
AbstractOn the basis of a series of the full-scale fire tests carried out on the composite frame at ...
Tensile membrane action is a load carrying mechanism in reinforced concrete f-loors at very large de...
Due to Basingstoke and Broadgate fire incidents, composite slabs consisting of steel beams and ...